200818787 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種用於無線通 法及其相_置，尤指—種於鱗通訊系^麵鏈結失敗的方 置，其利用至少一計時器、利用至少數之方法及其相關裝 用至少-計時器、至少-參數及至少_變數數^=數、或利 双木處理無線鏈結失敗。 【先前技術】 在-無線通訊系統中，無線傳輸環境對訊號的破壞、不利訊 祕播的狀況或緖故障會導致―用戶端與—無線網路端之間的 無線鏈結失敗（RadioLinkMurc，rlF)。在用戶端進行某些應 用服務期間，若發生無線鏈結失敗時，使用者可能立即察覺用來 提供服務的鱗f承載（Radio Β_·)無職延遲或情。因此， 許多機制絲侧_理無線鏈結失敗、要求特定參數與計時器 觸發正常程序的步驟，或是絲決策料巾的鏈結。舉例來說， 一細胞更新程序（Cell Update Procedure)能處理無線鏈結失敗， 而不用來偵測無線鏈結失敗。因此，藉由這些機制重建失敗的無 線鏈結，能讓使用者不察覺服務異狀，或至少讓失效的無線鏈結 儘早恢復連結。 用戶端從系統資訊區塊（System Information Block，SIB)中 接收計時器（Timer)與參數（Parameter)，如 T313、T314/丁315、 N302、N315、N313、T302或丁307，並利用部分計時器與參數配 200818787 -合計數器（如v3〇2)來處理一些特定狀況。舉例來說，於重建失 敗連結時，計時器T314及T315用作重建計時器，其於細胞更新 及重新配置決定顏建立連結之後，決定祕進人—閒置模式 (IDLEmode)的時機。其中，計時器丁314及Τ315分別用於線 路交換及封包交換服務領域。對於基地台⑺Qde_Bs)巾的計時器 T314及丁315，其设疋值係由無線網路控制器所給定，且通常比用 1端所使料設定值來的大。相對地，在第三代行動通訊聯盟所 •提出之長期演進系統（L〇ngτ_Evolution，LTE)中，其服務領 域僅採納封包交換技術，並且將導人更多元的服務及細。因此， 對於前面提及的相關機制，其在長期演進系統中較佳的使用方式 尚待決定。 在 L 用行動通 I糸統（Universai M〇biie Telecommunications 耘序。在長期演進系統中， ’ UMTS)巾，—前向麵（F_xlHand·)絲恢復 ❿T斷的無線鏈結或失敗的重設程序。於—正常的交遞失敗且用戶 端…、法返回來源基地台時，用戶端可向目地基地台啟動細胞更新200818787 IX. Description of the Invention: [Technical Field] The present invention relates to a method for wireless communication and its phase-setting, in particular, a method for failing a link in a scale communication system, which utilizes at least one The timer, the method of utilizing at least the number and its associated equipment use at least - a timer, at least - a parameter and at least a _ variable number ^ = number, or a double-wood to handle the wireless link failure. [Prior Art] In the wireless communication system, the destruction of the signal by the wireless transmission environment, the situation of the unfavorable secret broadcast or the fault of the video transmission may cause the wireless link between the UE and the wireless network to fail (RadioLinkMurc, rlF). ). During the application service of the UE, if the wireless link fails, the user may immediately notice the delay of the service (Radio Β_·) used to provide the service. Therefore, many mechanisms fail on the wire side, require specific parameters and timers to trigger normal procedures, or wire the decision towel. For example, a Cell Update Procedure can handle wireless link failures and is not used to detect wireless link failures. Therefore, rebuilding a failed wireless link through these mechanisms can prevent users from being aware of service anomalies, or at least let the failed wireless link recover as early as possible. The client receives a timer (Timer) and a parameter (Parameter) from a System Information Block (SIB), such as T313, T314/Ding 315, N302, N315, N313, T302, or Ding 307, and utilizes partial timing. And parameters with 200818787 - combined counters (such as v3 〇 2) to handle some specific conditions. For example, when reconstructing a failed link, timers T314 and T315 are used as a rebuild timer that determines the timing of the secret-id mode (IDLEmode) after the cell update and reconfiguration decisions are made. Among them, the timers 314 and 315 are used in the field of line switching and packet switching services, respectively. For the base station (7) Qde_Bs), the timers T314 and D 315 are set by the wireless network controller and are usually larger than the set value of the one used. In contrast, in the long-term evolution system (L〇ngτ_Evolution, LTE) proposed by the 3rd Generation Mobile Communication Alliance, its service area only adopts packet switching technology, and will lead to more services and finer. Therefore, for the related mechanisms mentioned above, its preferred use in the long term evolution system has yet to be decided. In L, we use the Unisex M〇biie Telecommunications program. In the Long Term Evolution system, the 'UMTS' towel, the front face (F_xlHand·) wire restores the wireless link or the failed reset procedure. . When the normal handover fails and the user returns to the source base station, the client can initiate cell update to the target base station.
的則向父麟倾㈣無線騎連結及服務的連續性。The continuation of the connection and service of the wireless ride to the father.
“τ' 4 τ ’ 一服矛务領域之一計時器用於無線鏈 決定系統何時進入閒置狀態。然而，長期演 換服務領域。因此，若比較通用行動通訊系 假定一長期演進主動（LTE一ACTIVE)狀態 6 200818787 (對應於無線資源控制連線狀態RRC—C〇NNECTED)的無線鏈結 失敗14、細胞專屬通道（CELL_DCH)狀態的無線鏈結失敗兩者 月b相提並淪。基於此情況下，在長期演進系統中，應只使用計時 為T315決定系統進入長期演進閒置（LTE—IDLE)模式（對應於 無線資源控制閒置模式r^CJDLE)的時機。"τ' 4 τ ' One of the ones in the service field is used by the wireless chain to determine when the system enters the idle state. However, the long-term service field. Therefore, if the general mobile communication system is assumed to be a long-term evolution initiative (LTE-ACTIVE) State 6 200818787 (corresponding to radio resource control connection status RRC-C〇NNECTED) wireless link failure 14 , cell-specific channel (CELL_DCH) state of the wireless link failure both month b and vice versa. Based on this case In the long-term evolution system, only the timing is determined by T315 to determine the timing of the system entering the Long Term Evolution Idle (LTE-IDLE) mode (corresponding to the radio resource control idle mode r^CJDLE).
“在習知猶中，使用多少個計時器來決定系統何時進入閒置 ，式，以及如何設定每個計時器關題仍_而未決。雖然長期 演進^統做用-個服務領域’但不表示—個服務領域僅需要一 十才™在通用行動通讯系統中，兩個服務領域所使的計時器 可獨立運作。此外’不㈣性的服務，如㈣（Realise)’鱗 ㈣服務，也會影響其計時㈣設定值。在長膽進魏中，所 採用的服務及新引_顧將符合各種服務品f需求，以及對於 無線鏈結失敗的树時間之獨靈敏度，如脫離同步狀態。、 。。除此之外在考慮用戶端的容許度（如雙接收器或多重接 ^的情況下’若多個服務或應用同時進行時，用戶端將同日& 杉同頻率層下的至少—個無線鏈結，朗時監控多個頻帶。^ 此’有-情況可能發生戶端，也就是於某—頻率層發生㈣ 鏈結失敗時，其他頻率層保持良好的無線鏈結。同樣地二 能情形為於-服務提供實體發生轉時，其他服趣 π 、 務^供貝體仍秀 吊k供服務。因此，即使棚戶端財—麵 不同的服務需要各自獨立的計時器。若 咖月况下 使用一個計時器將限讳 200818787 .用戶端的接收能力’並影響需求不同（如不同服務品質需求）的 服務。 另方面在通用行動通訊系統中，計時器是由無線網路控 制為所设定。然而，長期演進系統已移除無線網路控制器，並且 用來設定計器的網路實制級也尚未蚊。已知的是，系統架 構演進承載服務（ System Architecture Evolution Bearer Service， ⑩ SAE Bearer Service )將由閘道層級（Access Gateway，aGW )來決 定。此外，閘道層級的功能實體也掌握網路組態設定及信令與使 用者層面的負載狀況。如此—來，基地台的功能實體將能對傳輸 狀態作更快的回應。 再者，在通用行動通訊系統中，計時器T313與參數N313用 來偵測無線鏈結失敗。參數N313為連續數個脫離同步指示（〇ut〇f ⑩ Sync Indications )的最大值，其中脫離同步指示來自於從第一層（實 體層）;計時器T313則配合參數N313運作。此外，計時器Τ3〇2、 參數N302與計數器（或稱變數）V3〇2用於細胞更新或無線通訊 接取網路註冊區域（UTRANRegistrationArea，URA)更新程序。 計數器V302由用戶端自行設定，並非透過系統資訊區塊接收而 得。 類似前述之習知待解決的問題，在長期演進系統中，使用多 少個計時器與參數來偵測或處理無線鏈結失敗，以及如何設定這 200818787 •些計時㈣錄仍麵而未決。此外，單—顧可能具有多個行 動（Mobility)與服務品質的標準。舉例來說，對於用戶端來說， 來自於同-遊戲或多媒體廣播及群播服務的供應端之服務可為即 時或非即時，並且其行動標準可分為「無」、「低」、「中」或「高」。 如此一來，一個服務應用有時候常常需要啟動一細胞更新程序或 I1逍機存取程序（Random Access Procedure)。另一方面，對於某 些應用來說，細無線鏈結失敗的時機是相當關鍵的。長期演進 •系、統之隨機存取程序為用來處理無線鏈結失敗，其具有與細胞更 新程序類似功能，但採用不同技術與步驟。此外，行動標準是依 照用戶端移動的速度與變化，以及服務範圍來決定的。例如，一 家用基地台的服務範圍小於一廣域基地台的服務範圍。 因此，在長期演進系統巾，用戶端與加強式基地台（εν〇_ NodeB ’ eNB)兩端的計時器與參數能不依靠無線電承載重建 • (B_"Re_eStablishment)下進行更新與重新設定是業界所預期 、為此、、1由起始細胞更新程序或相同功能的程序（如隨機存 曰序）肖於恢復热線鏈結失敗之計時器與與參數的設定值假設 是在系統_演進承載服務建立躺所接收到。 綱+zJ ^之内文巾’長期肩麵置與長_進主動狀態假設《 、、心至热線貧源控制閒置與無線資源控制連結狀態。於本文 期演進系統之細胞更新程序在功能與概表示一用來 ” 斤建立或更新用戶端位置的程序。 200818787 【發明内容】 因此，本發明提供用於一無線通訊系統之一封包交換服務領 域中於處理無線鏈結失敗的方法及其相關裝置。 7 、本發明係揭露-翻於一無線通訊系統之一封包交換服 域中處理-無線鏈結失敗財法。财法包含有由—用 用、"In the past, how many timers are used to determine when the system goes into idle, and how to set each timer is still pending. Although the long-term evolution is done - a service area, it does not mean - A service area only needs a dozen. In the universal mobile communication system, the timers in the two service areas can operate independently. In addition, 'no (four) sexual services, such as (4) (Realise) 'scale (four) services, will also Affects the timing (4) setting value. In the long-term development, the service and the new introduction will meet the requirements of various service products, and the sensitivity of the tree time for the failure of the wireless link, such as the out-of-synchronization state. In addition to considering the tolerance of the client (such as dual receiver or multiple connections), if multiple services or applications are simultaneously performed, the client will have at least one of the same frequency & Wireless link, Langshi monitors multiple frequency bands. ^ This 'has-the situation may occur in the terminal, that is, in a certain frequency layer (4) When the link fails, the other frequency layers maintain a good wireless link. The situation is that when the service provider entity turns, other services are still available for service. Therefore, even if the shacks have different services, they need separate timers. The use of a timer will be limited to 200818787. The receiving capability of the client's and affects services with different requirements (such as different service quality requirements). In the general mobile communication system, the timer is set by the wireless network control. However, the Long Term Evolution system has removed the wireless network controller and is used to set the network real-world level of the meter. It is also known that the System Architecture Evolution Bearer Service (10 SAE Bearer) Service) will be determined by the access gateway level (AGW). In addition, the functional entities at the gateway level also master the network configuration settings and the load status of the signaling and user level. Thus, the functional entity of the base station Will be able to respond faster to the transmission status. Furthermore, in the general mobile communication system, the timer T313 and the parameter N313 are used to detect The line link fails. The parameter N313 is the maximum value of consecutive de-synchronization indications (〇ut〇f 10 Sync Indications), wherein the out-of-synchronization indication comes from the first layer (the physical layer); the timer T313 operates with the parameter N313. In addition, the timer Τ3〇2, the parameter N302 and the counter (or variable) V3〇2 are used for the cell update or wireless communication access area registration (UTRANRegistration Area, URA) update procedure. The counter V302 is set by the user terminal. It is not received through the system information block. Similar to the aforementioned problems to be solved, how many timers and parameters are used in the Long Term Evolution system to detect or handle wireless link failures, and how to set this 200818787 Timing (4) is still pending. In addition, it may have multiple standards of Mobility and service quality. For example, for the client, the services from the providers of the same-game or multimedia broadcast and multicast services can be instant or non-instant, and their action criteria can be divided into "none", "low", " Medium or high. As a result, a service application sometimes needs to start a cell update program or an I1 Random Access Procedure. On the other hand, for some applications, the timing of a fine wireless link failure is critical. Long-Term Evolution • The system's random access procedure is used to handle wireless link failures, which have similar functions to cellular update procedures, but with different techniques and procedures. In addition, the standard of action is determined by the speed and change of the client's movement, as well as the scope of the service. For example, the service range of a home base station is less than that of a wide area base station. Therefore, in the Long Term Evolution system, the timers and parameters at both ends of the UE and the enhanced base station (εν〇_NodeB 'eNB) can be updated and reset without relying on radio bearer reconstruction (B_"Re_eStablishment). Expected, for this, 1 by the initial cell update program or the same function of the program (such as random storage) Xiao Yu recovery hotline link failure timer and parameter set value assumption is in the system _ evolution bearer service Established to receive the lie. The outline +zJ ^ inside the towel 'long-term shoulder set and long _ into the active state hypothesis ",, heart to hotline lean source control idle and wireless resource control link state. The cell update program of the evolved system in this document is used to describe the procedure for establishing or updating the location of the client terminal. 200818787 [Invention] Accordingly, the present invention provides a packet exchange service field for a wireless communication system. The method for processing a wireless link failure and its related device. 7. The present invention discloses that a packet exchange service domain in a wireless communication system is processed - a wireless link failure financial method. The financial method includes use,
判斷 ^一計時器、利用至少—參數及至少—變數、或利用至少一計 日守至乂參數及至少—變數，以於—無線連結中斷時， 是否執行-重建程序或執行該重建程序。 理-==::r __，正確處 器及一儲存裝置、。該控制電路、—中央處理 央處理器設於該控制電貫現該11訊裝置的功能。該中 路。該儲存裝置妨㈣㈤來執订―程式碼以操控該控制電 儲存該程式碼。其中中絲接於該中央處理器，用來 計時器、_至少碼巾包含有由—用戶端彻至少一 至少一參數及至少—變數變數、或利用至少—計時器、 行-重建程序錢行該重建無線連結帽時，满是否執 ^ >7 A i 請參考第1圖，第1圖 為求簡潔，第1圖僅$會出無 通訊裝置100之功能方塊圖。 置100之一輸入裝置102、一 200818787 輸出裝置104、一批制带牧1ΛΑ 丄 ί工市丨』％路106、一中参虛裡毋1A。 u 11n、 .0 , 理态108、一儲存裝 110、一私知im及—收發器114。 罝 儲存^儲衣置中，控制電路106透過中央處理器108執行 ^於储存衣置11G的程式碼112，從而控制無線通訊裝置卿之 、/’可透過輪入裝置搬（如鍵盤）接收使用者輸入之訊號，或 2輸出裝置谢（如螢幕、勢八等）輸出晝面、聲音等訊號。收 务益114用以接收或發送無線訊號，將所接收之訊號傳送至控制 财^或將控制電路廳所產生之訊號以無線電方式輸出。換 吕之，以通訊協定之架構而言，收發器114可視為第—層的一部 而控_路廳則用來實現第二層及第三層之功能，或是更 高通訊協定層之功能。較佳地，無線通訊裝置则運用於一長期 演進（LongTermEvolution，LTE)或系統架構演進（System Architecture Evolution，SAE)行動通訊系統。 請繼續參考第2圖，第2圖為第1圖中程式碼m之示意圖。 程式碼112包含有一應用程式層200、一第三層2〇2、一第二層2〇6 連接於一第一層218。一無線資源控制單元222位於第三層2〇2， 用來控制第一層218及第二層206,以及與其他無線通訊裝置，如 基地台或一類基地台貫體（Node-B Like Entity)，進行點對點 (Peer-to-Peer)通訊。此外，無線資源控制單元222可改變無線 通訊裝置100的無線資源控制狀態，其根據網路系統需求或通訊 環境變化，轉換於一閒置模式（Idle Mode)、一分離狀態（Detached 11 200818787 -State)或一主動狀態（ActiveState)狀態之間。程式碼112包含一 無線鏈結失敗處理程式碼220,用以處理無線键結失敗(Radi〇 Link Failure，RLF) ° 明夢考第3圖’第3 ®為本發g驗佳實闕流程％之流程圖。 瓜私3〇用來處理一無線鏈結失敗，其可被編譯為行動通訊裝置 之無線鏈結失敗處理程式碼22G，並包含以下步驟： 步驟300:開始。 ’驟302 · ^用戶端利用至少—計時器，利用至少—參數及至 ^-雙數，或彻至少—計時器、至少—參數及至 夕魏H無線連結巾斷時，觸是否執行 一重建程序或執行該重建程序。 步驟304··結束。 用戶端Hi’為了於細無線鏈結失敗之後執行重建扣 利用至少-4;:!，利用至少-參數及至少-變數， 程序或判斷是錄〉’數及至^ ―魏，以直接執行重 判斷是否執行重^建程序。無論是用作直接執行重建程序 間，其可用_=二=三了用方式可對應於—計時時 新連結至1源基地模柄時機、停止或放棄 或欲啟用錢。數及至少―魏可㈣計算轉料的執行^ 12 200818787 - 該至夕计日守器與該至少一參數係由一功能實體或一功能實 體、、’且所α又疋對於用戶端來說，該至少一計時器設定值與該至少 參數°又定值可由系統資訊區塊（System Information Block)所提 供其中系統資_塊係來自一加強式基地台（， eNB)或用戶端之一較高通訊協定層。另外，計時器與（或）參數 的設定可由用戶端之_功能實體或—網路服務供應端所提議或協 商之貢訊來提供。若該至少一計時器、該至少一參數及該至少一 籲艾數尚未。又定’每-計時器、每一參數及每一變數不限定用於一 特定類型的服務。該用戶端設定該至少一變數（或計數器），並配 合該至少-計時器及該至少一參數，以判斷是否執行重建程序或 執订重建料。於駐少—計時輯軸贼提早終結之前，或 是（並且）該至少-變數值達_至少—參數值之前，中斷無線 鏈結的重建可透過該重建程序進行。當計時器計時期滿或提早終 結’或疋(並且）變數值達到一無線鏈結狀態的確認次數時，這 參些情況贿指示或視賴湖無線鏈結失敗，以咖戶端進入閒 置模式，除此之外，這些情況也可絲指示或視為細到無線鍵 結重建或維持，以讓用戶端停留在—絲模式。其巾，該確認無 線鏈結狀態可為連結鍵（Re他blishment)或用戶端方位^ (LocationUpdate)程序期間之無回應狀態、連結重建或用戶端方 位更新程序之確認接收狀態、參數值的設定或重設（例如連結重 建或用戶端方位更新程序之相關信息重送的最多次數），或成功 新連結需要的次數。此外，若相關於計時器與參數之無線電承| 被釋放或即將被釋放時，這些情況亦偵測到無線鏈結失敗或益線 13 200818787 -鏈結重建，並執行前述相關動作。另外’該至少一計時器及該至 少-參數可根據實體層特性與（或）觸_觀計資料來決定。該 至少一计時态及該至少一參數可預先設定並儲存於前述之功能實 體。功能實體位於-進階式閘道（AdvancedGateway)之一非存 取層（N〇n-ACcess stratum，NAS)或加強式基地台之一控制層， 其可為進階式閘道之一行動管理實體（M〇wleManagementJudging a timer, utilizing at least a parameter and at least a variable, or utilizing at least one parameter to the parameter and at least a variable, to determine whether to perform a reconstruction procedure or to perform the reconstruction procedure when the wireless connection is interrupted. -==::r __, the correct device and a storage device. The control circuit, the central processing unit, is disposed on the control device to perform the function of the 11-channel device. The middle road. The storage device may (4) (5) bind the code to manipulate the control memory to store the code. Wherein the middle wire is connected to the central processing unit, and is used for a timer, at least the code towel comprises: the user terminal at least one parameter and at least one variable variable, or at least the timer, the line-reconstruction program When rebuilding the wireless link cap, do you want to complete the control? >7 A i Please refer to Figure 1, the first picture is for simplicity, the first picture only shows the function block diagram of the no communication device 100. One input device 102, one 200818787 output device 104, a batch of animal husbandry 1ΛΑ 丄 工 工 工 % % % % % % % % % % % % % % 。 。 。 。 。 。 。 。 。. u 11n, .0, state 108, a storage device 110, a private IM, and a transceiver 114. In the storage device, the control circuit 106 executes the code 112 of the storage device 11G through the central processing unit 108, thereby controlling the wireless communication device to be used by the wheel-in device (such as a keyboard). The input signal, or the 2 output device Xie (such as the screen, the potential eight, etc.) output the surface, sound and other signals. The receiving benefit 114 is used to receive or transmit a wireless signal, and transmit the received signal to the control unit or to output the signal generated by the control circuit hall in a radio manner. In the case of a communication protocol, the transceiver 114 can be regarded as a part of the first layer. The road hall is used to implement the functions of the second layer and the third layer, or a higher communication protocol layer. Features. Preferably, the wireless communication device is applied to a Long Term Evolution (LTE) or System Architecture Evolution (SAE) mobile communication system. Please continue to refer to Figure 2, which is a schematic diagram of the code m in Figure 1. The code 112 includes an application layer 200, a third layer 2〇2, and a second layer 2〇6 connected to a first layer 218. A radio resource control unit 222 is located at the third layer 2〇2 for controlling the first layer 218 and the second layer 206, and with other wireless communication devices, such as a base station or a type of base station (Node-B Like Entity). , Peer-to-Peer communication. In addition, the RRC control unit 222 can change the radio resource control state of the wireless communication device 100, which is switched to an idle mode (Idle Mode) and a separate state according to network system requirements or communication environment changes (Detached 11 200818787 - State) Or between an active state (ActiveState) state. The code 112 includes a wireless link failure processing code 220 for handling the wireless link failure (Radi〇Link Failure, RLF) ° The third test of the dream test 3 'the third ® is the best practice process Flow chart. The wireless link failure is used to process a wireless link failure, which can be compiled into the wireless link failure processing code 22G of the mobile communication device, and includes the following steps: Step 300: Start. 'Step 302 · ^ The client uses at least - a timer, with at least - parameter and to ^ - double number, or at least - timer, at least - parameter and the eve of the wireless connection, whether to perform a reconstruction procedure or execution The reconstruction procedure. Step 304·· Ends. The user terminal Hi' uses a minimum of -4;:! in order to perform the reconstruction of the fine wireless link, using at least - parameters and at least - variables, the program or the judgment is recorded > 'number and to ^ wei, to directly perform the re-judgment Whether to execute the rebuild program. Whether it is used as a direct execution rebuild program, it can be used _= two = three ways to correspond to - when timing, new link to 1 source base mold timing, stop or give up or want to enable money. Number and at least "Wei Ke (4) calculation of the execution of the transfer ^ 12 200818787 - the at least one parameter is associated with the at least one parameter by a functional entity or a functional entity, 'and the alpha is for the user side The at least one timer setting value and the at least one parameter value may be provided by a System Information Block, wherein the system resource block is from one of the enhanced base station (eNB) or the user side. High communication protocol layer. In addition, the setting of the timer and/or parameters may be provided by the client's _ functional entity or the tribute proposed or negotiated by the network service provider. If the at least one timer, the at least one parameter, and the at least one appeal number are not yet available. Also, the 'every-timer, each parameter, and each variable are not limited to a particular type of service. The client sets the at least one variable (or counter) and cooperates with the at least-timer and the at least one parameter to determine whether to perform a rebuild procedure or to perform a rebuild. The reconstruction of the interrupted wireless link can be performed by the reconstruction procedure before the early termination of the chrono-timed thief, or (and) the at least-variable value reaches _ at least the parameter value. When the timer expires or prematurely terminates, or the 变 (and) variable value reaches the number of confirmations of a wireless link state, the situation indicates that the bribe indication or the reliance on the lake wireless link fails, and the café enters the idle mode. In addition, these conditions can also be indicated or considered as fine to wireless bond reconstruction or maintenance to allow the user to stay in the silk mode. In the towel, the confirmation wireless link state may be a non-response state during a link (Re-blishment) or a user-side location (LocationUpdate) program, a connection re-establishment or a confirmation receiving state of the user-end orientation update program, and setting of a parameter value. Or reset (such as the maximum number of times the link rebuild or the client orientation update program resends the message), or the number of times the new link is successful. In addition, if the radio carrier associated with the timer and parameters is released or is about to be released, these conditions also detect a wireless link failure or link reconstruction and perform the aforementioned actions. Further, the at least one timer and the at least parameter may be determined based on physical layer characteristics and/or touch data. The at least one timing state and the at least one parameter may be pre-set and stored in the aforementioned functional entity. The functional entity is located in one of the Advanced Gateways (N〇n-ACcess stratum, NAS) or one of the enhanced base stations. It can be one of the advanced gateways. Entity (M〇wleManagement
Entity) Ί程n (Sehedule〇、—無線電承載控制實體或加強式 I基地台之-行動管理實體。該至少一計時器的設定值與（或）該 至>、參數的5又疋值係根據統計數據、傳輸狀態、無線鏈結狀態、 服務組態、網路設定、系統貞载、倾層雜或前賴據的組合 資訊來選定。 用來更新計時器與（或）參數之一重設程序（R_figurati〇n Procedure)應為一正規重新建立、重新設定或承載建制程序，並 φ且透過接收所提議f訊之信息可觸發重設程序。前述之系統資訊 方塊用來給單一用戶端或一用戶端群組。若服務之服務品質 係由用戶端起始’顺議資訊由用戶端產生；若服務之服務品質 係由網路端起始，則提議資訊由網路服務供應端來產生。 型的服於^ 母—树$或參數可用於同—類型或不同類 、力。+例來說’兩辦畴與兩個參數（或兩套參數）可 計服務’或用於兩個或更多類型的服務。當計時器 η 止時，連結重建之重試將終止且重試次數將紀 14 200818787 錄在變财。若_戶端包含雙魏H (DuaiReeeive〇 別的重建程序，執行對應的連結重建。若相關於該至少_ =口 該至少一錄及駐少—魏之建程序之魏缝（如連 1 重建或用戶端方位更新程序之相驗息的傳送次數）達到一= 值時，釋放對應於同一類型的服務之該至少一計時器、該至少— ’數及敍夕魏之無線電承載。計時賴參數的奴值用 =:重=端方位更新程序之侧 於/〇或疋確保該重建程序或用戶端方位更新程序是有 該至少-變數值係—次增加1，並战該至少―變數值沒有 去妈r至p參數值，且用於連結重建之計時器尚未計時期滿或 械祕止，則麵開始該重建程序，例如重傳連結重輕自、。 每一次連結重建或用戶端方位更新程序表示傳送其_信息。當 用於偵測_線鏈結失敗之該至少—計時輯續計時期間，該用 戶端等待—對應於連結重建信息之回覆訊息。該重建信息可包含 信令或控制信息區塊。 以上所述僅為本發明之較佳實施例，凡依本發 利範 圍所做之解變倾料，t關本剌之涵錄s。/ 【圖式簡單說明】 =1圖為一無線通訊裝置之功能方塊圖。 第2圖為第1圖中程式碼之示意圖。 第3圖為為本發明實施例流程之流程圖。 200818787Entity) S n n (Sehedule 〇, - radio bearer control entity or enhanced I base station - action management entity. The set value of the at least one timer and / or the to >, the value of the parameter 5 It is selected based on the combination of statistics, transmission status, wireless link status, service configuration, network settings, system load, dumping or previous data. It is used to update one of the timer and/or parameters. The program (R_figurati〇n Procedure) shall be a formal re-establishment, resetting or carrying of the establishment procedure, and trigger the reset procedure by receiving the information of the proposed information. The aforementioned system information block is used to give a single client or A user group. If the service quality of the service is initiated by the user, the information is generated by the user; if the service quality of the service is initiated by the network, the proposed information is generated by the network service provider. The type of service ^ mother - tree $ or parameters can be used for the same type or different classes, force. + For example, 'two domains and two parameters (or two sets of parameters) can count the service' or for two Or more types Service. When the timer η is stopped, the retry of the link rebuild will be terminated and the number of retries will be recorded in 200818787. If the _ client contains the double Wei H (DuaiReeeive screening program, perform the corresponding link rebuild) If the Wei seam (for example, the number of transmissions of the phase 1 of the connection reconstruction or the user orientation update procedure) of the at least one record and the station is less than the _ = mouth, the release corresponds to The at least one timer of the same type of service, the at least one of the number and the radio bearer of the Xiu Weiwei. The slave value of the timing dependent parameter is: = the weight = the end of the orientation update program side / / or 疋 to ensure the reconstruction procedure Or the user orientation update program has the at least-variable value system - the first increase of 1, and the at least "variable value" does not go to the mother r to p parameter value, and the timer used for the link reconstruction has not yet expired or the secret Then, the re-establishment procedure is started, for example, the retransmission link is light and self-contained. Each link re-establishment or user-end orientation update program indicates that the _ information is transmitted. When used to detect the _line link failure, at least the timing series Continuous timing The client waits for a reply message corresponding to the connection reconstruction information. The reconstruction information may include a signaling or control information block. The above description is only a preferred embodiment of the present invention, and is performed according to the scope of the present invention. The solution is changed, t is the record of the book. / [Simple description of the figure] =1 Figure is a functional block diagram of a wireless communication device. Figure 2 is a schematic diagram of the code in Figure 1. The figure is a flow chart of the process of the embodiment of the present invention.
【主要元件符號說明】 100 行動通訊裝置 102 輸入裝置 104 輸出裝置 106 控制電路 108 中央處理器 110 儲存裝置 112 程式碼 114 收發器 200 應用程式層 202 第三層 206 第二層 218 第一層 220 無線鏈結失敗處理程式碼 222 無線資源控制單元 30 流程 300、302、304 步驟 16[Main component symbol description] 100 mobile communication device 102 input device 104 output device 106 control circuit 108 central processing unit 110 storage device 112 code 114 transceiver 200 application layer 202 third layer 206 second layer 218 first layer 220 wireless Link Failure Processing Code 222 Radio Resource Control Unit 30 Flow 300, 302, 304 Step 16